INTERACTION SYSTEM AND METHOD

The disclosure relates to an interaction system configured to be worn on the human body. The interaction system includes at least one gesture detection unit configured to be mounted in an arm region of a user, a binocular visualization unit for the positionally correct visualization of virtual objects in a visual field of the user, and a control unit for actuating the visualization unit. The gesture control is done intuitively with a motion and/or a rotation of the front arms. An input device, which may be unsuitable in an industrial environment, is thus not required. Due to the wearable character of the interaction system, the user may easily alternate between an actual maintenance procedure an industrial plant and an immersive movement in a virtual model of the industrial plant.